This equation can be generalized to a simplification of the Tafel equation when in the high overpotential region. That equation is called the Butler-Volmer equation; another generalization of this equation describes the equilibrium potential across a cell's membrane using all the ions that pass through and is named after [*
This equation can be generalized to a simplification of the Tafel equation when in the high overpotential region. That equation is called the Butler-Volmer equation; another generalization of this equation describes the equilibrium potential across a cell's membrane using all the ions that pass through and is named after [*] Goldman. In this equation, the ideal gas constant is multiplied by temperature and divided by the moles of electrons and the Faraday constant, and that ratio is multiplied by the natural log of Q. For 10 points, name this equation from electrochemistry which calculates the reduction potential of a cell, named after a German chemist.
This equation can be generalized to a simplification of the Tafel equation when in the high overpotential region.
{Nernst} equation